871TM-M3NP8-P3 [ALLEN-BRADLEY]

Long Range Inductive Proximity Sensors;


型号：	871TM-M3NP8-P3
厂家：	Allen-Bradley
描述：	Long Range Inductive Proximity Sensors
文件：	总2页 (文件大小：1094K)
中文：	中文翻译
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871TM Long Range Inductive Proximity Sensors

Tough construction, with up to 3x the standard sensing range

Features and Beneﬁts

•

Long range 8 mm, 12 mm, 18 mm

and 30 mm diameters

IO-Link communications help minimize

downtime and increase productivity

Heavy duty stainless steel face and

barrel are ideal for harsh or extremely

demanding environments

•

Electromagnetic protection up to 40 mT

(400 gauss) on weld ﬁeld immune

models prevents false triggering during

welding processes

•

Long range models oﬀer equal sensing

distance for all metals

•

IP69K and 1200 psi wash-down rated

Chemical and abrasion resistant

What is IO-Link?

IO-Link is a worldwide open-standard

protocol that allows sensors to easily

integrate into The Connected Enterprise.

Beneﬁts of IO-Link technology include:

Rockwell Automation announces enhancements to the Allen-Bradley®

871TM Inductive Long Range Proximity Sensors family to include

embedded IO-Link functionality on select 8 mm, 12 mm, 18 mm and

30 mm models. IO-Link allows sensors to easily integrate with The

Connected Enterprise, delivering data from the sensor directly into a

control system in a very cost-eﬃcient and easy-to-use manner via an

IO-Link Master and EtherNet/IP™.

•

Reduced inventory and operating costs

Increased uptime/productivity

Simpliﬁed design, installation, setup

and maintenance

•

Enhanced ﬂexibility and scalability

IO-Link enabled sensors oﬀer advanced

features and diagnostics that can only be

accessed through an IO-Link master.

For welding environments and other applications where large magnetic

ﬁelds are present, the 871TM weld ﬁeld immune sensors are oﬀered in

8 mm, 12 mm and 18 mm models. These sensors provide electromagnetic

protection up to 40 mT (400 gauss) and help avoid false triggering during

the welding process.

•

Real time diagnostics and sensor health

Automatic device conﬁguration (ADC)

Multiple proﬁles

Descriptive tags

The 871TM stainless steel sensors are designed to resist impact and

abrasion in harsh or extremely tough environments. The corrosion

resistant body is IP69K and 1200 psi wash-down rated and features

full epoxy encapsulation for optimal performance in demanding

applications. With two to three times greater sensing distance compared

to standard models, the rugged 871TM sensors oﬀer increased sensing

distances for all metals, including copper and brass. Installation, setup

and maintenance of these sensors is simpliﬁed through the use of the

multi-purpose highly visible LED.

Device speciﬁc parameters

1732 ArmorBlock®

IO-Link Master

871TM, IO-Link Version 1.0

871TM, IO-Link Device Speciﬁc Parameters

•

IO-Link is a worldwide open-standard peer-to-peer

serial communication protocol (IEC 61131-9) that

allows sensors and actuators to easily integrate into

The Connected Enterprise.

•

Output status provides indication when the target

is detected.

Margin status provides indication when the target is

detected beyond 80% of the speciﬁed operating range.

•

The IO-Link enabled 871TM proximity sensor – when

connected to an IO-Link master – shares device identity,

parameters, real-time diagnostics and process data with

the control system to optimize machine setup,

maintenance and troubleshooting.

Timer functions enable the manipulation

of the sensor’s output signal (i.e., Delay On,

Stretch On…etc.) in relation to a selection of

predetermined time periods.

•

Switching mode polarity allows the device

output type (i.e., N.O. or N.C.) to be changed

for use in standard IO mode.

•

By combining simple implementation with powerful

data and diagnostics, IO-Link sensors provide simpliﬁed

integration and seamless visibility of your processes to

increase uptime and productivity.

1734 POINT IO Master

for POINT I/O™

Product Selection - 871TM

Additional product selection available on http://ab.rockwellautomation.com/, including NPN and NC models.

BarrelDiameter Nominal Sensing

Output

Switching

(mm)

Distance [mm(in.)]

Shielded

Conﬁguration Frequency

PUR Cable Style

Micro QD Style

Pico QD Style

3 (0.12)

6 (0.23)

Yes

871TM-M3NP8-J2

871TM-N6NP8-J2

871TM-M3NP8-D4

871TM-N6NP8-D4

871TM-M3NP8-P3

700 Hz

871TM-N6NP8-P3

6 (0.23)

871TM-M6NP12-A2

871TM-N10NP12-A2

871TM-M10NP18-A2

871TM-N20NP18-A2

871TM-M20NP30-A2

871TM-N40NP30-A2

871TM-M6NP12-D4

871TM-N10NP12-D4

871TM-M10NP18-D4

871TM-N20NP18-D4

871TM-M20NP30-D4

871TM-N40NP30-D4

–

400 Hz

10 (0.39)

20 (0.79)

40 (1.57)

N.O.

PNP

200 Hz

80 Hz

Note: IO-Link Master Module (Catalog No. 1734-4IO1 or 1732-8lOLM12R) is required for premier IO-Link integration experience.

IO-Link enabled.

Product Selection - 871TM, Weld Immune Models

Barrel Diameter Nominal Sensing

Switching

Frequency

(mm)

Distance [mm(in.)]

Shielded

Output Conﬁguration

Micro QD Style

3 (0.11)

6 (0.23)

10 (0.39)

871TM-MW3NP8-P3

871TM-MW6NP12-D4

871TM-MW10NP18-D4

Yes

N.O.

PNP

≤15 Hz

Cordsets and Accessories

Description

Catalog Number

IO-Link Master Module for POINT I/O™

ArmorBlock IO-Link Master

1734-4IOL

1732E-8IOLM12R

889D-F4AC-2

889P-F3AB-2

889P-F3ABDM4-2

871A-BRN*

DC micro (M12) QD cordset, straight, 4-pin, 2 m (6.5 ft)

Pico Cordset (M8) QD cordset, straight, 3-pin, 2 m (6.5 ft)

3-pin Pico (M8) to 4-pin Micro (M12) cable, 2 m (6.5 ft)

Right angle mounting bracket

Snap clamp mounting bracket

871A-SCPB**

* Add 8, 12, 18 or 30 to the end of the catalog number for sensor barrel diameter in mm.

** Add 12 or 18 to the end of the catalog number for sensor barrel diameter in mm.

Allen-Bradley, ArmorBlock, LISTEN. THINK. SOLVE., POINT I/O, Rockwell Automation and Rockwell Software are trademarks of Rockwell Automation, Inc.

Trademarks not belonging to Rockwell Automation are property of their respective companies. EtherNet/IP is a trademark of the ODVA.

Publication 871TM-PP002C-EN-P - August 2017

Supersedes Publication 871TM-PP002B-EN-P – March 2017

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